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Fast Turnaround Queue Summary : Semester 2017B GS

The tables below summarise the programs that constitute the Fast Turnaround program queue on GS.

This report is generated daily (see the bottom of the page for the current timestamp). The pages linked via Execution Status are updated approximately every 4 hours. Note that the completion fraction may change as the time accounting is adjusted during the quality assessment process.


The columns in the table for Gemini South are:
Ref # Gemini reference number (note that this is different from any internal National TAC reference number). Click on it to see the proposal abstract (when available).
PI Name of Principal Investigator. (If a joint proposal, the name of the primary contact for the entire program is listed).
Partner Partner (UH = University of Hawaii, GS=Gemini staff) or country (US, UK, CA, CL, AU, AR, BR) to which time will be charged. If a joint proposal, all contributors are shown.
Title The title of the science program.
Instrument Name of the instrument(s) required.
Hours Allocated Time allocated to the program (if a joint proposal, this is the total time for the program).
Execution Status Click on this hyperlink to see the current status of each observation in the program.
Data Taken The UT date(s) on which data were taken.
Completion Status This shows an estimate of the fraction of allocated time that has been used. Note that this is a preliminary estimate and is only an indication of the completion state of the program. The completion state may not reflect the formal time accounting. Also note that some programs may be completed in less than the allocated time (e.g. if conditions were better than requested or if the request was overestimated).

The assigned support staff (Gemini Contact Scientists and National Office staff) for each Gemini North ODB and Gemini South ODB program are listed in the interactive 'snapshots' of the Observing Database (ODB).

GS Fast Turnaround Time Queue Band 1
Ref # PI Partner Title Instrument Hours
allocated
GS-2017B-FT-1 Yamashita JP Exploring the most distant radio galaxies GMOS-S 2.70
Execution Status: Dates Taken:
20170815 20170816
Completion Status:
0%
GS-2017B-FT-3 Bahramian US Determining nature of a peculiar high-energy binary in a globular cluster GMOS-S 3.70
Execution Status: complete Dates Taken:
20170923 20170924 20180413
Completion Status:
100%
GS-2017B-FT-4 More JP MG 2016+112: studying the highest redshift lensed type 2 AGN, and a "natural" coronagraph Flamingos2 3.50
Execution Status: complete Dates Taken:
20170902 20170905
Completion Status:
100%
GS-2017B-FT-5 Jaelani US HSCJ0904-0102: Spectroscopic confirmation of a tentative high redshift gravitationally lensed quasar GMOS-S 1.65
Execution Status: complete Dates Taken:
20171015 20171016 20171109 20171118
Completion Status:
100%
GS-2017B-FT-6 Schirmer US Characterizing low-redshift Lyman-alpha blobs GMOS-S 3.70
Execution Status: Dates Taken:
20170922 20170925 20170926 20170927 20171216 20171226
Completion Status:
76%
GS-2017B-FT-7 More JP A revolutionary sample of low redshifts strong lenses discovered with MaNGA GMOS-S 1.77
Execution Status: complete Dates Taken:
20171117 20171118 20171124 20171214 20171215
Completion Status:
100%
GS-2017B-FT-8 Ward-Duong US Investigating an Unusually Cool, Old Brown Dwarf with the Gemini Planet Imager GPI 4.99
Execution Status: Dates Taken:
20171125 20171126 20171127 20171215
Completion Status:
76%
GS-2017B-FT-12 Lacy US The field of the hyperluminous quasar HE0515-4414 Flamingos2 / GMOS-S 3.10
Execution Status: complete Dates Taken:
20171207 20171221
Completion Status:
100%
GS-2017B-FT-13 Salinas US NGC 1600: a key object in the SMBH-GC relation GMOS-S 4.10
Execution Status: complete Dates Taken:
20171209 20171214 20171216 20171220
Completion Status:
100%
GS-2017B-FT-16 Papovich US The next frontier: massive galaxies at 4 < z < 6 Flamingos2 10.00
Execution Status: complete Dates Taken:
20180119 20180226 20180227 20180307 20180308 20180309 20180312 20180316 20180317 20180318 20180319 20180320 20180321 20180323
Completion Status:
100%
GS Fast Turnaround Time Queue Band 2
Ref # PI Partner Title Instrument Hours
allocated
GS-2017B-FT-2 Salinas US The role of stellar variability in extended main sequence turnoff star clusters GMOS-S 4.50
Execution Status: complete Dates Taken:
20170914 20170917 20170922 20170927
Completion Status:
100%
GS-2017B-FT-9 Otsuka JP Investigations of warm-cold dust mass and gas-to-dust mass ratio in LMC PNe (II) GMOS-S 3.96
Execution Status: complete Dates Taken:
20171109 20171116 20171207 20171208
Completion Status:
100%
GS-2017B-FT-10 Kahre US Metallicity gradient in NGC 7793: A detailed study of the relationship between the dust-to-gas ratio and the metalicity gradient GMOS-S 3.80
Execution Status: Dates Taken:
Completion Status:
0%
GS-2017B-FT-11 Escudero AR Stellar population analysis of the bright elliptical shell galaxy NGC 1395 GMOS-S 3.20
Execution Status: complete Dates Taken:
20171125
Completion Status:
100%
GS-2017B-FT-14 Estrela BR The first detection of a terrestrial exoplanet atmosphere around a bright K dwarf GMOS-S 2.30
Execution Status: complete Dates Taken:
20171214 20171220 20171221 20171229
Completion Status:
100%
GS-2017B-FT-15 Li US A Spectroscopic Study of the Compact Binary 3FGL J0954.8-3948 GMOS-S 4.00
Execution Status: complete Dates Taken:
20171205 20171206 20171208 20171210 20171213 20171215 20171216 20171219
Completion Status:
100%
GS-2017B-FT-17 Yamashita JP Exploring the most distant radio galaxies GMOS-S 4.40
Execution Status: complete Dates Taken:
20180122 20180125 20180216 20180221
Completion Status:
100%

 

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Last updated on: 18 Sep 2018 11:33:35 GMT